Here is a video from Magpwr reporting a 1 to 1000 COP with a Barrium Titanate catalyst.

https://www.youtube.com/watch?v=MbQJexS4M4k#ws

Quote from Synchro on February 23rd, 2014, 03:16 PM

Here is a video from Magpwr reporting a 1 to 1000 COP with a Barrium Titanate catalyst.

Interesting, but to really see what is going on, Magpwr needs two scopes (one for input and one for output) both set to dual trace (volts and amps across a shunt) with math power calculation so we can see actual power jump up around 18kHz.  That would tell the story without a doubt.

This doc may be of interest to you.  It's an offshoot of Thane Heins' Bi-Toroid Transformer (BiTT) concept modifying the Q factor for better performance.  Rather interesting.

Trying to work out what is happening here in this device I've made. http://youtu.be/kWzt9hsTKnI apologies for the sideways video. I short a coil on my ferrite yoke and the voltage goes up to 80volts no amplifier involved. Any recommendations on the next experiments greatly appreciated

Bump

Very, very reminiscent of the Hendershot device. A couple of suggestions:

1. Doing nothing else, turn the device 90 degrees and observe any difference to determine if variation is related to earth's magnetic field.
2. Do the same thing with and without the the nearby pulse motor and with the pulse motor rotated or not.
3. Do all of above at 180 degree rotation, i.e. north south poles swapped.
4. Look at the Wesley Gary Magnetic Motor stuff to see if anything looks related, i.e. the "neutral zone". Along those lines, put spacers of varying thicknesses between the horseshoe Alnico and the coil device to see if you can find a sweet spot. It may be that the sound is wiggling that within that "neutral zone".

Someone mentioned in an earlier post to look at the piezo's as capacitors. That's what tripped the switch in my head about the Hendershot device. The finicky nature of this device is also similar to the Hendershot stories.